Tesla

Tesla T4[2]

Tesla V100[2]

Tesla P100[1][2][3]

Tesla P40[2][3]

Tesla P4[2][3]

Tesla M60[4]

Tesla M40[4]

Tesla M10[4]

Tesla M4[4]

Tesla K80[4]

Tesla K40[4]

Tesla K20[4]

Tesla K10[4]

[*] Note that new NVIDIA® Nsight™ Visual Studio Edition supported metrics vary be version and GPU architure.
[1] NVIDIA® Nsight™ Visual Studio Edition 5.3 and later supports GP100 debugging and CUDA trace, but not CUDA profiling. Please use the CUDA Visual Profiler from the CUDA toolkit for profiling.
[2] NVIDIA® Nsight™ Visual Studio Edition 6.0 and later supports CUDA debugging in WDDM and TCC mode on Pascal and later family GPUs using the Next-Gen CUDA debugger. See below for more details on the Next-Gen CUDA debugger.
[3] NVIDIA® Nsight™ Visual Studio Edition 5.5 and later supports CUDA debugging in WDDM mode on Pascal family GPUs using the Legacy CUDA debugger. See below for more details on the Legacy CUDA debugger.
[4] NVIDIA® Nsight™ Visual Studio Edition 5.5 supports CUDA debugging in TCC and WDDM mode on pre-Pascal family GPUs using the Legacy CUDA debugger. See below for more details on the Legacy CUDA debugger.

Supported Compute Debugger Configurations

Legacy and Next-Gen CUDA Debuggers

CUDA Debugger support for Pascal and Volta family GPUs is undergoing a transition that requires a new Nsight Visual Studio Edition compute debugger we are calling Next-Gen.

The 'Legacy' compute debugger, provided in Nsight Visual Studio Edition 6.0 and earlier, will not support Pascal (or later) GPUs running with TCC mode drivers or Volta (or later) GPUs in either TCC or WDDM mode.

The 'Next-Gen' compute debugger will support Pascal, Volta, and Turing GPUs.

Starting with Nsight Visual Studio Edition 5.5, both the Legacy and Next-Gen compute debuggers are available on the Visual Studio NSIGHT menu.

In Nsight Visual Studio Edition 5.5 and 5.6,

Pascal and Volta hardware may be debugged in the TCC driver mode using the Next-Gen CUDA debugger

Pascal GPUs may be debugged in the WDDM driver mode using the Legacy CUDA debugger

Maxwell and earlier GPUs may be debugged using the Legacy CUDA debugger